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Ophthalmologists, Physicists Design Bionic Eye

InfallibleLies writes "For the first time ever, those who have been blind since birth will have a chance to see the world. It's still in the early stages, but this is a giant leap forward in medical science." From the linked BBC article: "U.S scientists have designed a bionic eye to allow blind people to see again. It comprises a computer chip that sits in the back of the individual's eye, linked up to a mini video camera built into glasses that they wear. Images captured by the camera are beamed to the chip, which translates them into impulses that the brain can interpret."

6 of 344 comments (clear)

  1. Not for those who have been blind since birth... by SkOink · · Score: 5, Insightful

    If I recall correctly, people who have been blind their whole lives can never really 'learn' to see, after age 3 or so. At least, not on anywhere near the same level that people can see naturally, even assuming that they had an absolutely perfect prothesis. Who this will benefit are people who have went blind at some point during their adult life due to injury, glaucoma, diabetes (yes, it can make you go blind), drinking too much rubbing alcohol, or something similar.

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    ---- I'll take you in a Hunt deathmatch any day.
  2. Re:From birth? by SirSlud · · Score: 4, Insightful

    Why not? Does being blind from birth imply a brain problem, or just a problem with the data collection device?

    Or is it that not seeing the inside of the womb for 9 months damages your ability to process visual images for the rest of your life? Seems like a pretty big stretch to me.

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    "Old man yells at systemd"
  3. A little goes a long way by EmbeddedJanitor · · Score: 3, Insightful

    I once saw a recognisable picture of old Abe Lincoln in approx 16x16 pixels IIRC. This is not enough for pron or to driving etc, but is probably enough to make a vast difference to a blind person's life: being able to see some of the local environment can help a lot eg:Where's the coffee cup on the table? Where's the phone? Is the door open/shut? Am I about to fall in a hole? Is the lid up or down when I go for a pee?

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    Engineering is the art of compromise.
  4. correlary in Choclear implants by bigattichouse · · Score: 3, Insightful

    I was an interpreter for some time, and learned one magic thing about implants adding abilities missing from birth or from accidents... it only works to the degree that the person accepts the information. If the blind person (from birth) *WANTED*, they would most definitely train their brain to use the data. maybe not perfectly, but they would have some sight. I knew deaf people who WANTED to hear with their implant, and could quite well after a few years of training.. others who never did get the hang of it. Its like trying to train someone to smell music... if some device provided the input, and you really wanted it, you'd learn. with much dammit and aggrivation, but you'd do it.

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    meh
  5. Re:Nonvisible wavelenghts? by Nebu · · Score: 5, Insightful

    There's no need for it to be translated into "false color". The brain would interpret infrared exactly as it would interpret any other color. What would infrared look like to someone using this chip? Well, that would be like describing what red looks like to someone who is blind.

  6. Re:Nonvisible wavelenghts? by Vengeance_au · · Score: 4, Insightful

    However, if they were to use the chip to translate infared (or thermal, or anything else we can currently view with instramentation) into colours, they COULD see in that wavelength. Same as how infared goggles work - translate the wavelength into a "visible" wavelength.